No Result

View All Result

No Result

View All Result

Tag: Terahertz

Magnetic structure in a colossal magneto-resistive manganite is switched from antiferromagnetic to ferromagnetic ordering during about 100 femtosecond (10^-15 s) laser pulse photo-excitation. With time so short and the laser pulses still interacting with magnetic moments, the magnetic switching is driven quantum mechanically– not thermally. This potentially opens the door to terahertz (10^12 hertz) and faster memory writing/reading speeds.(credit: DOE Ames Laboratory)

Terahertz-speed RAM and hard drives now possible through all-optical switching

Driven by technological demand to breach the gigahertz (10^9 hertz) switching speed limit of today’s magnetic memory and logic devices, a team of ...

"If you look at the lower right widget, you can see three peaks — I've just waved my hand in front of the Tricorder three times, and it's picking up the heat. The widget auto-scales to the range of the minimum and maximum temperatures found in the recent measurements." Comments Jensen on his project's website. Here captioned is the Tricorder Mark II.

Real-life, working Tricorder developed by Trekkie-scientist and made open source available

Sometime at the beginning of the year I mentioned in post that once stepping into the age of Terahertz electromagnetic ...

T-ray antenna with nanogap electrodes; the bottom is a typical photomixer with connected electrodes. The electric field is amplified in the nanogap version. (c) Imperial College London

Star Trek’s tricorder – SciFi to reality after T-ray breakthrough

January 26, 2012

In the popular TV series, Star Trek, one of the most fascinating devices featured, out of the whole myriad of ...

© 2007-2023 ZME Science - Not exactly rocket science. All Rights Reserved.

No Result

View All Result

© 2007-2023 ZME Science - Not exactly rocket science. All Rights Reserved.